WORKPRO 1/2-inch Drive Shallow Impact Socket Set – 14-Piece SAE Cr-V with Case

Premium, ready-for-any-task: WORKPRO 1/2-inch Drive Shallow Impact Socket Set

Equip your workshop with a reliable, all-around socket kit designed for automotive maintenance and repairs. The WORKPRO 1/2-inch drive shallow impact socket set brings together thoughtful sizing, durable materials, and practical storage to keep you moving through busy days in the shop or garage.

Premium materials and finish

These sockets are crafted from Cr-V steel, chosen for strength and long-term performance. A phosphating treatment adds a protective layer that helps resist wear and corrosion, so the tools hold up under heavy use and challenging environments you encounter in everyday maintenance tasks.

Six-point design for solid engagement

The 6-point contact design distributes torque evenly across fasteners, enhancing grip and reducing the risk of rounding on stubborn bolts. This design supports higher torque requirements while preserving tool life during frequent, demanding work.

Laser markings for quick identification

Durable laser-etched markings stay legible under tough workshop conditions, allowing you to identify sizes at a glance and keep workflows efficient even in crowded or dim workspaces.

• Sizes included: 3/8 in, 7/16 in, 1/2 in, 9/16 in, 5/8 in, 11/16 in, 3/4 in, 13/16 in, 7/8 in, 15/16 in, 1 in, 1-1/16 in, 1-1/8 in, 1-1/4 in
• Protective case provides secure storage and easy transport

Built for durability and everyday use

With a compact 14-piece SAE collection, this WORKPRO kit covers common sizes you’re likely to encounter during automotive maintenance and repairs. The sturdy case helps you stay organized, protect tools in transit, and quickly access the sockets you need for the job at hand.

• Ideal for automotive maintenance and repairs
• Compatible with standard 1/2-inch drive wrenches and impact tools
• Corrosion-resistant finish supports long-term durability in busy workshops

Note: Benefits described here reflect the design and materials. Real-world results depend on usage conditions and tasks.